Heat transfer enhancement of air-cooled heat sink channel using a piezoelectric synthetic jet array

Keyphrases

• Flow-through 100%
• Channel Wall 100%
• Heat Transfer Enhancement 100%
• Air-cooled Heat Sink 100%
• Synthetic Jet Array 100%
• Heat Sink 75%
• Synthetic Jet 75%
• Diaphragm 50%
• Heat Transfer Coefficient 50%
• Heat Transfer Performance 50%
• Jet Orifice 50%
• Finned Channel 50%
• Wall Surfaces 50%
• Piezo 25%
• Heat Transfer 25%
• Jet Flow 25%
• Multi-channel 25%
• Single Channel 25%
• Computational Study 25%
• Electronics Cooling 25%
• Channel Flow 25%
• Surface Distance 25%
• Average Nusselt number 25%
• Vibrational Modes 25%
• Orifice 25%
• Commercial Software 25%
• Side Surface 25%
• System Parameters 25%
• Peak Velocity 25%
• Weak Effect 25%
• Narrow Channel 25%
• Cooling Effect 25%
• Total Energy Consumption 25%
• Fin Surface 25%
• Square Orifice 25%
• ANSYS Fluent 25%
• Channel Heat Sink 25%
• Jet Array 25%
• Multiple Flows 25%
• Flow Channel 25%
• Heat Transfer Experiment 25%
• Active Devices 25%
• Dynamic Mesh 25%
• Diaphragm Movement 25%
• Working Frequency 25%
• Centrifugal Fan 25%
• Measured Displacement 25%

Engineering

• Piezoelectric 100%
• Heat Transfer Enhancement 100%
• Jet 100%
• Orifice 22%
• Channel Wall 22%
• Diaphragm 16%
• Flow Velocity 16%
• Numerical Study 11%
• Heat Transfer Coefficient 11%
• Heat transfer performance 11%
• Multichannel 5%
• Single Channel 5%
• Good Agreement 5%
• Average Nusselt Number 5%
• Electric Power Utilization 5%
• Flow Rate 5%
• Oscillatory 5%
• Side Surface 5%
• Cooling Effect 5%
• Fin Surface 5%
• System Parameter 5%
• Narrow Channel 5%
• Peak Velocity 5%
• Active Device 5%
• Commercial Software Package 5%
• Flow Channel 5%
• Surface Distance 5%
• Channel Flow 5%
• Centrifugal Fan 5%